Hayward Universal H-Series Propane Gas Heater 200,000 BTUs, Low NOx | W3H200FDP
The Hayward Universal H-Series W3H200FDP Liquid Propane Gas Heater is designed to deliver high-performance pool and spa heating with 200,000 BTUs of powerful output. Perfect for residential pools and spas, this heater offers exceptional energy efficiency, robust durability, and versatile installation options to meet the needs of pool professionals and discerning homeowners alike.
Engineered for demanding environments, the W3H200FDP incorporates a durable cupro nickel heat exchanger, which provides excellent resistance against salt water and chemically treated pool conditions, ensuring long-lasting performance. Its universal design makes it highly adaptable for new installations or as a replacement heater, delivering reliable heating season after season.
The patented header by-pass design optimizes hydraulic performance, helping reduce pump run-time by up to 18% for significant energy savings. The heater is equipped with 2" x 2-1/2" CPVC union plumbing connections, facilitating easy installation and maintenance while accommodating larger plumbing systems for enhanced efficiency. Additionally, the W3H200FDP meets low NOx emission standards, making it a responsible choice for maintaining cleaner air quality.
- Model: W3H200FDP
- Fuel Type: Liquid Propane Gas
- Heating Capacity: 200,000 BTUs
- Heat Exchanger: Cupro nickel for superior corrosion resistance
- Energy-efficient design for cost-effective operation
- Exclusive “Totally Managed” water flow ensures uniform heating performance
- Patented header by-pass design enhances efficiency and reduces pump run-time
- Energy Savings: Up to 18% by lowering pump operation time
- Electrical Requirements: 120V / 240V
- Amperage: 5.5 amps
- Minimum Flow Rate: 20 gallons per minute
- Plumbing Connections: 2" x 2-1/2" CPVC union fittings
- Low NOx emissions compliant with clean air quality standards
- Ideal for residential pool and spa applications requiring reliable, powerful heating
SKU: W3H200FDP
